Floor lamp
 Polychromatic composite projector-headlight / 2274801Projector-headlight comprises housing with cooling ribs, transparent protecting member that overlaps the inlet port, current conductor, plates-holders with lamp and diode emitters made of IR-diodes, white and color light diodes some of which are positioned at the focuses of the flat Fresnel lenses provided in the staggered order on the transparent plastic plate mounted at the outlet port of the projector-headlight, and addition emitters interposed between the four flat Fresnel lenses and two Fresnel lenses at its edges. The additional emitters are connected to the power source independently of the remainder emitters. |
 Car interior lighting unit / 2268173Invention can be used for illumination of passenger car interior. Proposed lighting unit has housing 1, diffuser connected with housing 1, two extreme light source 3, 4 in form of base lamps, and central light source 5 in form of tubular lamp, two extreme selector switches installed on inner side of housing 1 and connected by push-buttons 9, 10, and one central selector switch, elongated flat contact and three-L-shaped contactors. Two extreme lighting sections 17, 18 covered by common diffuser are formed on one of side 16 of housing 1 adjacent to flat part, and central light section 19 between extreme sections in which two extreme light sources 3, 4 and central light source 5 are installed. Lighting sections 17, 18, 19 are made in form of hollow members with space 20 opening to external side 21 of housing 1 projecting from inner side of housing 1. Said hollow members have bottom part and closed sides 23, and their adjacent sides 24 are connected by end sections 25 forming partitions 26 between lighting sections 17, 18, 1. Holes are made on end sections of elongated flat contact, and bent off tongue 30 is formed on central section. Elongated flat contact is located on bottom part of each section 17, 18, 19 parallel to plane of housing 1 to fit bases of extreme light sources 3, 4 in holes in extreme sections. Tongue 30 and one component of first L-shaped contact, installed with insulation through second component on central section of elongated flat contact, are arranged in space 20 of central section 19 to form contacts of central light source 5. Second L-shaped contact and third L-shaped contact are spaced to extreme sections 17, 18. First components of said contacts are installed on housing 1, and second components extending to base of extreme light sources 3, 4 are installed with joining to end face part. |
 Light-masking headlight on light diodes / 2266466Headlight has main and additional optical modules on light diodes, generating white, yellow or near infrared emission with narrow and broad beam of emission respectively, and also light-masking headpiece with blend, in conjunction with one or more lines parallel to each other on light diodes of blue, blue-light blue or blue-green emission color with optical axes, directed at an angle within limits 2-5° below horizontal plane. Lines and modules are connected to electronic transformers or directly to power grid with possible autonomous remote engagement and functioning. Lines are made in form of elongated polygonal circuit boards with light diodes. Light diodes of main module are covered by Fresnel lens, in focus of each cell of which additional shining light diode body is set. |
 Lighting unit for neon light simulation / 2265156Proposed neon light simulating unit has rod-shaped element made of material possessing light-dissipating properties with lateral light-detecting surface and bent lateral light-emitting surface which is stretched along light source disposed along and close to light-detecting surface; it also has case accommodating light source and wiring panel designed to connect light source to distant light. Elliptic pattern of light spot formed by light source on light-emitting surface has short axis passing throughout entire width of light-emitting surface, and long axis is disposed along rod. Case has two side walls, each being provided with internal light-reflecting surface and external light-absorbing surface. |
 Blinding effect optical limiter / 2250839Proposed blinding effect optical limiter contains light receiver unit and light source with reflector and lens. Light radiation of light source can be adjusted depending on light radiation of external source of blinding light, and it completely falls onto reflecting surface, and light radiation reflected from said surface in field of vision has reduced blinding action. Light receiver unit is component whose electric value changes depending on intensity of light radiation of external source of blinding effect. Lends is made elongated, and diffuser and/or reflector installed before lens is made asymmetrical. |
 Light source for transport vehicle headlight / 2249758Light source includes lamp with one lighting zone and blind closing from downwards lighting zone of lamp mounted in headlight operating in "dim light" mode. Lamp and blind are provided with member for moving them in mutually opposite directions from one position corresponding to "dim light" mode to other position corresponding to "distance light" mode. Said unit may include movable lamp assembly mounted on driven fork kinematically connected with servo drive and tie rod whose one end is secured to blind and other end is kinematically connected to driven fork through two-arm lever having forks in its ends and jointly secured to stationary axle. Kinematic connection of driven fork with servo drive may be in the form of crank mechanism whose pin is inserted into slit of driven fork. |
 Compact lamp built around light-emitting diodes / 2245489Proposed lamp has a number of insulating boards with light-emitting diodes disposed over perimeter of each board. Optical axes of light sources on one or two sides of board are oriented in meridian planes of entire light-emitting space. |
 Combined searchlight / 2245488Proposed searchlight designed for searching and viewing remote objects has housing with outlet aperture closed with safety-glass or light-filter frame that accommodates parabolic mirror reflector with axial blind hole receiving axially mounted lamp with lamp holder disposed in reflector focus, as well as means for feeding current to power supply or to supply mains converter. Light-emitting extension diode unit made in the form of printed-circuit board mounting light-emitting diodes whose axes are parallel to optical axis of searchlight is installed in vicinity of outlet aperture and blind hole on optical axis of searchlight axially relative to lamp. Converter board is disposed in flat-bottom cylindrical sleeve made of conducting material whose outer surface mounts light-emitting diodes functioning as radiator. |
 Light-emitting diode lamp / 2244870Part of light-emitting diodes of proposed lamp is located in units of polar coordinate grid or on sides and vertex of regular polygonal coordinate grid. Some light-emitting diodes are oriented in different planes of optical axis of radiation and are mechanically locked on plate at required spatial orientation. |
|
Light-emitting diode lamp / 2244870 Part of light-emitting diodes of proposed lamp is located in units of polar coordinate grid or on sides and vertex of regular polygonal coordinate grid. Some light-emitting diodes are oriented in different planes of optical axis of radiation and are mechanically locked on plate at required spatial orientation. |
|
Combined searchlight / 2245488 Proposed searchlight designed for searching and viewing remote objects has housing with outlet aperture closed with safety-glass or light-filter frame that accommodates parabolic mirror reflector with axial blind hole receiving axially mounted lamp with lamp holder disposed in reflector focus, as well as means for feeding current to power supply or to supply mains converter. Light-emitting extension diode unit made in the form of printed-circuit board mounting light-emitting diodes whose axes are parallel to optical axis of searchlight is installed in vicinity of outlet aperture and blind hole on optical axis of searchlight axially relative to lamp. Converter board is disposed in flat-bottom cylindrical sleeve made of conducting material whose outer surface mounts light-emitting diodes functioning as radiator. |
|
Compact lamp built around light-emitting diodes / 2245489 Proposed lamp has a number of insulating boards with light-emitting diodes disposed over perimeter of each board. Optical axes of light sources on one or two sides of board are oriented in meridian planes of entire light-emitting space. |
|
Light source for transport vehicle headlight / 2249758 Light source includes lamp with one lighting zone and blind closing from downwards lighting zone of lamp mounted in headlight operating in "dim light" mode. Lamp and blind are provided with member for moving them in mutually opposite directions from one position corresponding to "dim light" mode to other position corresponding to "distance light" mode. Said unit may include movable lamp assembly mounted on driven fork kinematically connected with servo drive and tie rod whose one end is secured to blind and other end is kinematically connected to driven fork through two-arm lever having forks in its ends and jointly secured to stationary axle. Kinematic connection of driven fork with servo drive may be in the form of crank mechanism whose pin is inserted into slit of driven fork. |
|
Blinding effect optical limiter / 2250839 Proposed blinding effect optical limiter contains light receiver unit and light source with reflector and lens. Light radiation of light source can be adjusted depending on light radiation of external source of blinding light, and it completely falls onto reflecting surface, and light radiation reflected from said surface in field of vision has reduced blinding action. Light receiver unit is component whose electric value changes depending on intensity of light radiation of external source of blinding effect. Lends is made elongated, and diffuser and/or reflector installed before lens is made asymmetrical. |
|
Lighting unit for neon light simulation / 2265156 Proposed neon light simulating unit has rod-shaped element made of material possessing light-dissipating properties with lateral light-detecting surface and bent lateral light-emitting surface which is stretched along light source disposed along and close to light-detecting surface; it also has case accommodating light source and wiring panel designed to connect light source to distant light. Elliptic pattern of light spot formed by light source on light-emitting surface has short axis passing throughout entire width of light-emitting surface, and long axis is disposed along rod. Case has two side walls, each being provided with internal light-reflecting surface and external light-absorbing surface. |
|
Light-masking headlight on light diodes / 2266466 Headlight has main and additional optical modules on light diodes, generating white, yellow or near infrared emission with narrow and broad beam of emission respectively, and also light-masking headpiece with blend, in conjunction with one or more lines parallel to each other on light diodes of blue, blue-light blue or blue-green emission color with optical axes, directed at an angle within limits 2-5° below horizontal plane. Lines and modules are connected to electronic transformers or directly to power grid with possible autonomous remote engagement and functioning. Lines are made in form of elongated polygonal circuit boards with light diodes. Light diodes of main module are covered by Fresnel lens, in focus of each cell of which additional shining light diode body is set. |
|
Car interior lighting unit / 2268173 Invention can be used for illumination of passenger car interior. Proposed lighting unit has housing 1, diffuser connected with housing 1, two extreme light source 3, 4 in form of base lamps, and central light source 5 in form of tubular lamp, two extreme selector switches installed on inner side of housing 1 and connected by push-buttons 9, 10, and one central selector switch, elongated flat contact and three-L-shaped contactors. Two extreme lighting sections 17, 18 covered by common diffuser are formed on one of side 16 of housing 1 adjacent to flat part, and central light section 19 between extreme sections in which two extreme light sources 3, 4 and central light source 5 are installed. Lighting sections 17, 18, 19 are made in form of hollow members with space 20 opening to external side 21 of housing 1 projecting from inner side of housing 1. Said hollow members have bottom part and closed sides 23, and their adjacent sides 24 are connected by end sections 25 forming partitions 26 between lighting sections 17, 18, 1. Holes are made on end sections of elongated flat contact, and bent off tongue 30 is formed on central section. Elongated flat contact is located on bottom part of each section 17, 18, 19 parallel to plane of housing 1 to fit bases of extreme light sources 3, 4 in holes in extreme sections. Tongue 30 and one component of first L-shaped contact, installed with insulation through second component on central section of elongated flat contact, are arranged in space 20 of central section 19 to form contacts of central light source 5. Second L-shaped contact and third L-shaped contact are spaced to extreme sections 17, 18. First components of said contacts are installed on housing 1, and second components extending to base of extreme light sources 3, 4 are installed with joining to end face part. |
|
Polychromatic composite projector-headlight / 2274801 Projector-headlight comprises housing with cooling ribs, transparent protecting member that overlaps the inlet port, current conductor, plates-holders with lamp and diode emitters made of IR-diodes, white and color light diodes some of which are positioned at the focuses of the flat Fresnel lenses provided in the staggered order on the transparent plastic plate mounted at the outlet port of the projector-headlight, and addition emitters interposed between the four flat Fresnel lenses and two Fresnel lenses at its edges. The additional emitters are connected to the power source independently of the remainder emitters. |
 Floor lamp / 2278319Floor lamp can be used at floor areas of apartment houses. Floor lamp has cases of lamp and electromechanical timer, current contact, electric lamps, lamp holder and stop. Micro-switches and flags are introduced into the device additionally. Electromechanical timer is capable of rotating about longitudinal axis and fixing at end positions on position stops in case if any flag switches corresponding micro-switch and corresponding lamp. Number of lamps equals to two; the lamps are mounted in series. Due to current contact they interact through micro-switches with electromechanical timer by means of mentioned flags. There is also common switch in the floor lamp and anti-vandal protection provided by non-dismountable assembly of cases, glass and reflector. |
FIELD: lighting equipment.
SUBSTANCE: floor lamp can be used at floor areas of apartment houses. Floor lamp has cases of lamp and electromechanical timer, current contact, electric lamps, lamp holder and stop. Micro-switches and flags are introduced into the device additionally. Electromechanical timer is capable of rotating about longitudinal axis and fixing at end positions on position stops in case if any flag switches corresponding micro-switch and corresponding lamp. Number of lamps equals to two; the lamps are mounted in series. Due to current contact they interact through micro-switches with electromechanical timer by means of mentioned flags. There is also common switch in the floor lamp and anti-vandal protection provided by non-dismountable assembly of cases, glass and reflector.
EFFECT: simplified design; improved reliability of operation.
2 dwg
The invention relates to lighting equipment and is intended for collective use on floor areas of houses.
Known patent of the Russian Federation "Lamp" F 21 V 14/04 No. 2224173 from 2004.02.20 selected as the closest analogue containing the outer body and rotatable inner housing, interacting with an external field, the latch rotation around the longitudinal axis, the lamp, the current-carrying device, reflector and glass, in addition the device is equipped with contacts, cartridge lamp, and the reflector is screwed on the bulb and the glass.
The disadvantage of this device is limited scope for individual use in the cabin of a vehicle and a challenging layout.
The essence of the invention. Floor lamp contains housings 9 and 10, current lead 7, 3 bulbs, cartridges 6 and the tabs 14 of the provisions of the Electromechanical timer 5 in the casing 9, and in addition, check boxes 11 and the switch 12, the housing 10 and the housing of the Electromechanical timer 9 are connected by the electrical power supply 7, and Electromechanical timer 5 has the ability to rotate around the longitudinal axis and fixation in the extreme positions, by means of clamps 14, when each check box 11 on the longitudinal axis of the Electromechanical timer 5 includes corresponding microswitch 12 and the corresponding La the PU 3, the number of which is arranged in series, equal to two, and thanks to the electrical power supply 7, they communicate through the switch 12 with Electromechanical timer 5 by means of the mentioned flags 11, in addition, the device includes a common switch VK and vandal protection 15, providing non-separable application of the housings 9 and 10, the glass 4 and the reflector 1.
The device is made integral to improve the reliability calculated for a single use, because due to the long life light bulbs, due to the operation of the device according to the description, it is not intended to replace the last or parts included in the device, since the replacement device as a whole, will be developed if the resource.
The device shown in figures 1 and 2, where 1 is a diagram, and figure 2 - General view of the lamp, respectively.
The lamp contains: 1 - reflector, 2 - cap lamp, 3 - elektrana /2 pieces/, 4 - glass, 5 - Electromechanical timer, containing elektroprovodnog crumb of non-ferrous metals, sliding on the internal contacts of the coupling connecting the two housing halves Electromechanical timer 5, 8 - contact, 9 - housing installation det. 5, 11, 12, 14, 6 - Edison light bulbs 3, 7 - feeding, enabling rotation along the longitudinal axis of the Electromechanical timer 5, 10 - light 11 - boxes, 12 MP-micro switches, 14 - latch extreme vertical positions Electromechanical timer 5, the elements of the device, namely: 4 glass, 1 - reflector, cases 9 and 10 should have an anti-vandal protection disposable 15, shown conventionally.
Shown in figure 2 storey lamp works scheme 1 economical lighting storey courts consistently enabled light bulbs 3 of C1 and C2 when the switch is closed the total switch VK, while the lights are palakala. As an additional element of poloautomaticke in scheme introduced Electromechanical timer 5, micropublication 12 flags 11, thus to enable emergency lighting is necessary to turn the housing of the Electromechanical timer 5 to install the latch position 14, then according to the position of figure 1 left box 11 includes corresponding MP-12 and a right lamp L2 will illuminate storey Playground duty light, sufficient, for example, to open the key door lock, cleaning, etc., then Electromechanical timer 5 again leads the circuit in the mode of economical lighting over a limited period of time, due to his work, when you flip the case last now the left box 11 is closed by the corresponding MP on emergency lighting left lamp L1, i.e. the cycle is repeated many times, and in the intervals of the lamps L1 and L2 rabototorgovets included palakala, that should continue their life.
Thus, the device mainly works palakala, and switching on the emergency lighting is carried out smoothly and evenly, providing significant service life of light bulbs, i.e. such that vandal protection 15 floor lamp can make his instrument disposable one-piece, and to be very reliable, which increases the operational capabilities of the device as a whole.
Floor lamp containing housing, feeding, light bulbs, cartridges and retainer, characterized in that the device entered Electromechanical timer, dip switches and flags, and in addition, the luminaire housing and the housing of the Electromechanical timer, with Electromechanical timer has the ability to rotate around the longitudinal axis and fixation in extreme positions on the tabs when each box includes corresponding microswitch and the appropriate lamp, the number of which is arranged in series, equal to two, and thanks to the busbar they interact via dip switches with Electromechanical timer through the mentioned flags, in addition, the device includes a common switch and anti-vandal protection, providing nonseparable use of buildings, glass and reflector.